If a positively charged particle is moving as shown in the figure, then it will get deflected due to magnetic field towards :

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Answer 1

According to Fleming left hand rule, if we consider $B$ as our index finger, current (here it is velocity) as our middle finger and thumb is as the direction of the force, then our thumb will be in the positive z-direction.

Answer 2

According to Fleming left hand rule, if we consider

B

as our index finger, current (here it is velocity) as our middle finger and thumb is as the direction of the force, then our thumb will be in the positive z-direction.

If a positively charged particle is moving as shown in the figure, then it will get deflected due to magnetic field towards :

+x direction

+y direction

-x direction

+z direction

According to Fleming left hand rule, if we consider $B$ as our index finger, current (here it is velocity) as our middle finger and thumb is as the direction of the force, then our thumb will be in the positive z-direction.

A charge particle is moving in the direction of a magnetic field.The magnetic force acting on the particle:

The diagram below shows a positively charged particle moving toward the right and about to enter a magnetic field whose direction is shown by the blue arrows. What is the direction of the force on the positively charged particle (from our point of view) at the instant it enters the magnetic field?

What is the direction of the force acting on a charged particle $q$ ,moving with velocity $V$ in a uniform magnetic field?

A positively charged particle (proton) is projected towards east.The magnetic field is towards south.The particle will be deflected towards

Revise with Concepts

Magnetic Field and Magnetic Force

Magnetic Force On Moving Charge

Fleming's Left Hand Rule

If a positively charged particle is moving as shown in the figure, then it will get deflected due to magnetic field towards :

+x direction

+y direction

-x direction

+z direction

According to Fleming left hand rule, if we consider B as our index finger, current (here it is velocity) as our middle finger and thumb is as the direction of the force, then our thumb will be in the positive z-direction.

A charge particle is moving in the direction of a magnetic field.The magnetic force acting on the particle:

The diagram below shows a positively charged particle moving toward the right and about to enter a magnetic field whose direction is shown by the blue arrows. What is the direction of the force on the positively charged particle (from our point of view) at the instant it enters the magnetic field?

What is the direction of the force acting on a charged particle q ,moving with velocity V in a uniform magnetic field?

A positively charged particle (proton) is projected towards east.The magnetic field is towards south.The particle will be deflected towards

Revise with Concepts

Magnetic Field and Magnetic Force

Magnetic Force On Moving Charge

Fleming's Left Hand Rule

According to Fleming left hand rule, if we consider $B$ as our index finger, current (here it is velocity) as our middle finger and thumb is as the direction of the force, then our thumb will be in the positive z-direction.

What is the direction of the force acting on a charged particle $q$ ,moving with velocity $V$ in a uniform magnetic field?